Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

Whelk-0®1 is the most widely applicable chiral phase, due to the incorporation of both p-acceptor and p-donor characteristics.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

These columns exhibit broad versatility comparable to polysaccharide-derived CSPs.

Supplier: HICHROM

Designed for operated in positive ionization mode for analysis of standards.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative Fused-Core particle technology. These particles are formed from a solid core and porous outer shell. HALO® columns provide high efficiencies and separation speeds but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

Column type: HPLC kolonne, RegisPack, Ø indv.: 4,60 mm, Længde: 250 mm, Partikelstørrelse: 10 µm

Supplier: HICHROM

Develosil® ODS-UG is the most stable column under alkaline conditions (pH 1 to 10).

Supplier: HICHROM

The Kromasil® Classic 100 Å family of products is used to separate and purify molecules of up to 10000 Da. Drug candidates for the pharmaceutical, natural products and API industries are separated and purified using Kromasil® Classic 100 Å columns.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

OPTIMAPAK is a range of HPLC columns which are available in three bonded phases and an unbonded silica phase.

Supplier: HICHROM

CIMmultus™ columns are based on an innovative monolithic technology. Distinguished by large pores/flow through channels these columns are designed for the production, purification, and analytics of large proteins (IgG, IgM, PEGylated proteins), viruses (AAV, adenovirus, lentivirus, influenza, bacteriophages), VLPs, exosomes and pDNA for example.

Supplier: HICHROM

The Kromasil® classic 300 Å family of products is designed to be the perfect choice for proteins and biomolecules larger than 8 to 10 kDa. This 300 Å material has a narrow pore size distribution that ensures good mass transfer for larger molecules, resulting in narrow peaks and no size-exclusion effects.

Supplier: HICHROM

CIMac™ columns are designed for fast, reproducible HPLC monitoring and quantification of large biomolecules such as large proteins (IgG, IgM, PEGylated proteins), viruses (AAV, adenovirus, lentivirus, influenza, bacteriophages), VLPs, exosomes and pDNA for example.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

Kromasil®, Kromasil C18(w), 10 µm, 100 Å

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative Fused-Core particle technology. These particles are formed from a solid core and porous outer shell. HALO® columns provide high efficiencies and separation speeds but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

Filter holder, Disk housing cylinder, POM, CIM®

Supplier: HICHROM

HALO® UHPLC and UHPLC columns from Advanced Materials Technology are based on innovative Fused-Core particle technology. These particles are formed from a solid core and porous outer shell. HALO® columns provide high efficiencies and separation speeds but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative Fused-Core particle technology. These particles are formed from a solid core and porous outer shell. HALO® columns provide high efficiencies and separation speeds but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

HALO® HPLC and UHPLC columns are based on innovative fused-core particle technology. These particles are formed from a solid core and porous outer shell. HALO® 2,7 µm columns provide the efficiency and separation speed of sub 2 µm particles but at approximately half the back pressure for the same column length. This lower pressure means that HALO® columns can be used with conventional HPLC and LC-MS systems, as well as with UHPLC systems.

Supplier: HICHROM

Based on 100 Å pore size, Kromasil® SFC columns give users the opportunity of fast separations. The columns are tailor-made for research, discovery and routine analysis. These columns are now being delivered in diol, silica and fused organo-silane (XT) chemistries for the laboratory scientist to separate a wide range of substances, from non-polar to strongly polar compounds.

Supplier: HICHROM

[EN]CIMMULTUS HIP2 PLASMID PACK 800-80

Supplier: HICHROM

[EN]CIMMULTUS HIP2 PLASMID PACK 400-40

Supplier: HICHROM

[EN]CIMMULTUS HIP2 PLASMID PACK 40-40ML